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		<P class='majorTitle'>com.wis.math.geom.trig.Degree Documentation</P>


		<P><B>Author:</B> <a href='mailto:wisolutions2002@shaw.ca?subject=wisASLibrary Degree Class'>Richard Wright</a><BR>
		<B>Last Modified:</B> 07/17/04 18:30:21<HR class='big'>

		<P class='sectionTitle'>Summary</P>
		<P class='ToC'>com.wis.math.geom.trig.Degree class:</P>
		<div class='methodsDiv'><a href='#classinfo'>- description</a></div>
<P class='ToC'>com.wis.math.geom.trig.Degree Properties:</P><div class='methodsDiv'>
<a href='#none'>- none</a><br>
</div><br>
<P class='ToC'>com.wis.math.geom.trig.Degree Methods:</P><div class='methodsDiv'>
<a href='# sinD'>-  sinD</a><br>
<a href='# cosD'>-  cosD</a><br>
<a href='# tanD'>-  tanD</a><br>
<a href='# asinD'>-  asinD</a><br>
<a href='# acosD'>-  acosD</a><br>
<a href='# atanD'>-  atanD</a><br>
<a href='# atan2D'>-  atan2D</a><br>
</div><br>

		<HR class='big'>
		<P class='sectionTitle'><A name='classinfo'></A>com.wis.math.geom.trig.Degree <I>class</I></P>
		<P> <span class='methodTitle'>version:</span> 1.6</P>
		<P class="methodTitle">description:</P>
		<P>Implements the static behaviours of the Degree Class.
 <p>
 		        Provides methods for calculating the main circular trigonometric
 functions by passing the angle input in degrees for sin, cos, and
 tan, and returning degrees for asin, acos, atan, and atan2.
 </P>
		<P class="methodTitle">usage:</P> <pre>Degree.classMethod(n);</pre>

<P> <span class='methodTitle'>parameters:</span>
				<ul>
<li>      none  -- no class input parameters.</li>
</ul>

			<HR class='small'>
			<P class='groupTitle'><A name='properties'></A>com.wis.math.geom.trig.Degree Properties:</P>
			<div class='methodsDiv' >


				<P class='methodTitle'><A name='none'></A><u> none</u></P>
				<P> -- no class properties.</P>
</div>

			<HR class='small'>
			<P class='groupTitle'><A name='methods'></A>com.wis.math.geom.trig.Degree Methods:</P>
			<div class='methodsDiv' >


				<P class='methodTitle'><A name=' sinD'></A><u>  sinD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the sine of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.sinD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a value representing angle in degrees.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the sine of the passed angle, a number between -1 and 1 inclusive.
    </P>

				<P class='methodTitle'><A name=' cosD'></A><u>  cosD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the cosine of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.cosD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a value representing angle in degrees.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the cosine of the passed angle, a number between -1 and 1 inclusive.
    </P>

				<P class='methodTitle'><A name=' tanD'></A><u>  tanD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the tangent of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.tanD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a value representing angle in degrees.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the tangent of the passed angle.
    </P>

				<P class='methodTitle'><A name=' asinD'></A><u>  asinD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the arcsine of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.asinD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a value between -1 and 1 inclusive.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the arcsine of the passed angle in degrees.
    </P>

				<P class='methodTitle'><A name=' acosD'></A><u>  acosD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the arccosine of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.acosD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a value between -1 and 1 inclusive.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the arccosine of the passed angle in degrees.
    </P>

				<P class='methodTitle'><A name=' atanD'></A><u>  atanD</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the arctangent of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.atanD(n);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  n   (Number)  -- a real number..</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the arctangent of the passed angle, a number between -Math.PI/2 and Math.PI/2 inclusive.
    </P>

				<P class='methodTitle'><A name=' atan2D'></A><u>  atan2D</u></P>
				<P><span class='methodAttributesTitle'>description: </span>
				Calculates the arctangent2 of the passed angle.
     </P>
				<P><span class='methodAttributesTitle'>usage:</span> <pre>Degree.atan2D(y,x);</pre>
     </P>
<P> <span class='methodAttributesTitle'>parameters:</span><ul>
<li>  y   (Number)  -- a value representing y-axis of angle vector.</li>
<li>  x   (Number)  -- a value representing x-axis of angle vector.</li>
</ul></P>
<P><span class='methodAttributesTitle'>returns:</span> (Number)  -- returns the arctangent2 of the passed angle.
    </P>
</div>

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